The C5™ 6 Series Heated Holding Cabinet is a mobile, undercounter unit made of insulated 304 stainless steel. It features a double pane glass door, top mount controls, and an analog thermometer. The cabinet has a ducted heating system with a thermostat that can be set from 70° to 200°F. It has a lip load capacity of 10 pans measuring 18" x 26" with 3" spacing. The cabinet is equipped with 3" casters for easy mobility. It operates on 120v/60/1-ph power with 1440 watts and 12 amps. It is cULus and NSF certified. The cabinet is designed for rapid heat-up and recovery times with its thermostatically controlled ducted heating system. It also has an integral water pan system for adding humidity to improve food quality. The top-mounted controls are user-friendly and easy to access, read, clean, and prevent damage. The cabinet is built with high-quality components and robust construction for reliability and durability. It is also ENERGY STAR rated for energy efficiency. The 6 Series controller allows for temperature control and has an analog thermometer that is always on for continuous monitoring. The cabinet is available in various configurations, sizes, and door types. It can be equipped with optional accessories such as casters, shelves, handles, control panel cover, and more. The cabinet has four built-in polymer handles and features full perimeter insulation with 2.5" thick high-density fiberglass. It has high temperature Santoprene gaskets, self-closing double hinged lift-off hinges, and chrome plated magnetic pull latches. The display and controls include an analog thermometer and independent thermostat control knob. The heat generation system consists of a thermostatically controlled 1950 Watt heating element, ball bearing blower motor, and ducted air system. The cabinet is made of 20-gauge polished exterior stainless steel or .063" brushed aluminum. The doors are fully insulated solid or double-pane tempered glass with Low-E coating. The cabinet is equipped with casters for mobility, with rubber casters on under counter models.
